In recent decades, damming has become one of the most important anthropogenic activities
for river regulation, and reservoirs have become hotspots for biogeochemical cycling. The …

The objectives of the article are: to assess spatio-temporal evolution of eutrophication and
water quality of the Turawa dam reservoir, located in south-western Poland on the Mała …

Currently, dam construction is a main and growing global anthropogenic disturbance on
rivers. Dams have major effects on the physics, chemistry, and biology of the original river …

Damming of rivers represents a major anthropogenic perturbation of the hydrological cycle,
with the potential to profoundly modify the availability of nutrient silicon (Si) in streams, lakes …

Weathering of silicate minerals releases dissolved silicate (DSi) to the soil-vegetation
system. Accumulation and recycling of this DSi by terrestrial ecosystems creates a pool of …

This study aimed to determine whether and how the disruption of river flow, during the filling
of the Alqueva dam, influenced the variability of abiotic and biotic factors in the Guadiana …

Lakes and reservoirs (impoundments) are often viewed as a sink for nutrients within the river
continuum. To date, most studies on nutrient retention within impoundments are derived …

Rivers link terrestrial ecosystems and marine ecosystems, and they transport large amounts
of substances into oceans each year, including several forms of silicon (Si), carbon (C), and …

Dams are typically designed to serve as flood protection, provide water for irrigation, human
and animal consumption, and harness hydropower. Despite these benefits, dam operations …

Global dam construction and reservoir artificial regulations change the biogeochemical
processes of nutrients along river networks. Herein, nutrients and hydrologic parameters …